Projeto e desenvolvimento de um fatiador para impressão 3D de metais

Abstract

This work presents a study on additive manufacturing by wire arc additive manufacturing (WAAM) and trajectory planning applied to the development of a computational tool (software) aimed at creating and improving filling strategies, seeking better synchronization between parameterization and trajectory planning, expanding the range of applications, and minimizing operational problems in additive manufacturing. It highlights the functions developed, the techniques used, and the most appropriate forms of application. The work is developed based on situations imposed on the software and how strategies and techniques are created to address these challenges. The enhancement and creation of deposition strategies, along with the combination of these strategies, proved to be essential for increasing the versatility and operability of the G-code generation software. This study provides a foundation for future research in the field of wire arc additive manufacturing.